RoboCup-rescue-s

robocup-rescue-s@lists.robocup.org

November 2021

4 participants
2 discussions

Re: [RoboCup-rescue-s] Understanding RCRS software package
by Yuki Okado 15 Nov '21

15 Nov '21

Dear James Here are some sites that may be helpful in developing RRS. This site is a Google translation of a Japanese tutorial on RRS for beginners. https://maslab-aitech-ac-jp.translate.goog/rcrs-tutorial2021/?_x_tr_sl=ja&_… This is a tutorial on how to set up the simulation system with AWS that will be used in RoboCup Asia Pacific 2021. https://maslab.aitech.ac.jp/codimd/s/Q-TsAp87r If you have any questions, please feel free to send me at this email address. Best Regards. 2021年11月13日(土) 17:20 Yuki Okado <haido7562088ak47(a)gmail.com>: > Dear James > > Here are some sites that may be helpful in developing RRS. > This site is a Google translation of a Japanese tutorial on RRS for > beginners. > > https://maslab-aitech-ac-jp.translate.goog/rcrs-tutorial2021/?_x_tr_sl=ja&_… > This is a tutorial on how to set up the simulation system with AWS that > will be used in RoboCup Asia Pacific 2021. > https://maslab.aitech.ac.jp/codimd/s/Q-TsAp87r > If you have any questions, please feel free to send me at this email > address. > > Best Regards. > > 2021年11月8日(月) 0:26 Luis Gustavo Nardin via RoboCup-rescue-s < > robocup-rescue-s(a)lists.robocup.org>: > >> Dear James, >> >> Follow some further information complementing Shunki's answers to your >> questions. >> >> The idea behide the ADF Framework is to provide a module agent >> architecture to the Rescue Simulation that you can be used as the basis to >> implement your own team by replacing only the modules you want to focus >> your implementation. Previously, each team had to implement all modules to >> compete like PathPlanning, Target Decision, Clustering, etc. It was a very >> laborious task, so we released (Thanks to the Japanese research group) the >> ADF allowing teams to implement only the module they were interested and >> reuse the other modules from the sample implementation or from another >> team. You can find more information about the ADF implementation and design >> at >> >> Takami, S., Takayanagi, K., Jaishy, S., Ito, N. & Iwata, K. (2017). >> Design of agent development framework for RoboCupRescue Simulation. In R. >> Lee (Eds.), *Computational Science/Intelligence and Applied Informatics* >> (Vol. 726, pp. 185-199). Cham: Springer. >> >> available open source at https://files.tkms.jp/ijsi-adf2018.pdf. >> >> The ADF Framework is divided into 2 repositories. The rcrs-adf-core >> repository contains the abstract and interface classes defining the >> structure of the ADF framewrok, while the rcrs-adf-sample repository >> contains a sample implementation of the ADF and the implementation of a >> team. An example of an agent team code resides in the rcrs-adf-sample >> repository under the src/adf/test_team folder. >> >> The agents' behaviors are defined in the Tactics package >> (src/adf/sample/tactics folder). The tactics define the sequence of steps >> the agent take to perform their task, i.e., FireBrigade - Rescue Civilian, >> Ambulance Team - Transport Civilian to Refuge, and Police Force - Clean the >> roads. These sequence of steps are defined through method calls to the >> other classes like TargetAllocator, BuildingDetector, etc... The latter are >> the ones you should implement for your team, see >> src/adf/test_team/module/AStarPathPlanning, src/adf/test_team/module/complex/center/TestAmbulanceTargetAllocator >> and src/adf/test_team/module/complex/self/TestBuildingDetector. The link >> between the implementation in the src/adf/test_team package and the tactics >> is done via a configuration file config/module_sample.cfg. In this config >> file, you point which classes should be used to perform the task of each >> module of the ADF. So, you can change the module's configuration to point >> to your module's implementation and keep the others the same. >> >> *IMPORTANT:* Note that the config/launch.cfg file is the configuration >> file that points to the module's config file. The default configuration on >> the GitHub repository points to the config/module_sample.cfg, but you can >> change it to point to another modules' configuration file if you do not >> want to change the module_sample.cfg. For example, you can create a copy of >> the module_sample.cfg and name it module_myteam.cfg, then you can replace >> the following line in the launch.cfg >> >> FROM adf.agent.moduleconfig.file: config/module_sample.cfg >> TO adf.agent.moduleconfig.file: config/module_myteam.cfg >> >> *NOTE:* There is a typo in the ADF Manual, the directory is not >> src/adf/sample/extraction, but src/adf/sample/extaction. >> >> Kind Regards, >> >> On Sat, Nov 6, 2021 at 3:03 PM James KDH via RoboCup-rescue-s < >> robocup-rescue-s(a)lists.robocup.org> wrote: >> >>> Hello, I am completely new to this RCRS league and I only have a basic >>> familiarity with Java. I have read through the documentation given in the >>> website but I have the following questions: >>> >>> According to the documentation ... >>> >>> src/adf/sample/centralized >>> - source codes for central agents. This is the type of agent whose only >>> interaction with the world is through radio communication. There are three >>> types of central agents: Ambulance Centers, Fire Stations and Police >>> Office, and they are represented as buildings in the simulation server. >>> >>> src/adf/sample/extraction >>> - codes of combining actions described in the directory below. >>> >>> src/adf/sample/module >>> - concrete codes of algorithms, e.g., path planning, clustering, target >>> detection, etc. The directory contains two directories: >>> • src/adf/sample/module/algorithm >>> • src/adf/sample/module/complex >>> >>> My main questions are where is the source code for each of the >>> individual Agents implemented? And what does src/adf/sample/extraction is >>> supposed to be specifically? I have looked through a couple of past RCRS >>> participant's source codes but I still couldn't get a good idea. >>> >>> Thanks! >>> _______________________________________________ >>> RoboCup-rescue-s mailing list >>> RoboCup-rescue-s(a)lists.robocup.org >>> >> _______________________________________________ >> RoboCup-rescue-s mailing list >> RoboCup-rescue-s(a)lists.robocup.org >> > > > -- > ─────────────────────────────────────────────── > 愛知工業大学大学院経営情報科学研究科博士前期課程経営情報科学専攻 > Department of Information Science, > Aichi Institute of Technology, Japan > 岡戸優樹 / OKADO YUKI > TEL: 090-8130-7219 > Email: b20708bb(a)aitech.ac.jp <pg23(a)maslab.aitech.ac.jp> > ─────────────────────────────────────────────── > -- ─────────────────────────────────────────────── 愛知工業大学大学院経営情報科学研究科博士前期課程経営情報科学専攻 Department of Information Science, Aichi Institute of Technology, Japan 岡戸優樹 / OKADO YUKI TEL: 090-8130-7219 Email: b20708bb(a)aitech.ac.jp <pg23(a)maslab.aitech.ac.jp> ───────────────────────────────────────────────

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Understanding RCRS software package
by James KDH 08 Nov '21

08 Nov '21

Hello, I am completely new to this RCRS league and I only have a basic familiarity with Java. I have read through the documentation given in the website but I have the following questions: According to the documentation ... src/adf/sample/centralized - source codes for central agents. This is the type of agent whose only interaction with the world is through radio communication. There are three types of central agents: Ambulance Centers, Fire Stations and Police Office, and they are represented as buildings in the simulation server. src/adf/sample/extraction - codes of combining actions described in the directory below. src/adf/sample/module - concrete codes of algorithms, e.g., path planning, clustering, target detection, etc. The directory contains two directories: • src/adf/sample/module/algorithm • src/adf/sample/module/complex My main questions are where is the source code for each of the individual Agents implemented? And what does src/adf/sample/extraction is supposed to be specifically? I have looked through a couple of past RCRS participant's source codes but I still couldn't get a good idea. Thanks!

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